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/*
* Copyright (C) 2023, KylinSoft Co., Ltd.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <https://www.gnu.org/licenses/>.
*
*/
#include "upm_systemidle.h"
UpmSystemIdle::UpmSystemIdle(QObject *parent) : QObject(parent)
{
QStringList valueRange = {QString::number(300), QString::number(600),
QString::number(900), QString::number(1800),
QString::number(3600), QString::number(7200),
QString::number(10800), QString::number(-1)};
m_turnoffDisplayAc = UpmCheckConfig::checkConfig(
GSETTINGS_KEY_SLEEP_DISPLAY_AC,
DEFAULE_SLEEP_DISPLAY_TIME, QVariant::Int,
valueRange, false).toInt();
m_turnoffDisplayBattery = UpmCheckConfig::checkConfig(
GSETTINGS_KEY_SLEEP_DISPLAY_BATTERY,
DEFAULE_SLEEP_DISPLAY_TIME, QVariant::Int,
valueRange, false).toInt();
m_systemSuspendAc = UpmCheckConfig::checkConfig(
GSETTINGS_KEY_SLEEP_COMPUTER_AC,
DEFAULE_SLEEP_COMPUTER_TIME, QVariant::Int,
valueRange, false).toInt();
m_systemSuspendBattery = UpmCheckConfig::checkConfig(
GSETTINGS_KEY_SLEEP_COMPUTER_BATTERY,
DEFAULE_SLEEP_COMPUTER_TIME, QVariant::Int,
valueRange, false).toInt();
connect(UpmGsettings::self(), &UpmGsettings::sleepDisplayAcChanged,
this, [=](QVariant value) {
m_turnoffDisplayAc = value.toInt();
UpmControlDBus::self()->setUpmSystemConfig(GSETTINGS_KEY_SLEEP_DISPLAY_AC,
QString::number(m_turnoffDisplayAc));
});
connect(UpmGsettings::self(), &UpmGsettings::sleepDisplayBatteryChanged,
this, [=](QVariant value) {
m_turnoffDisplayBattery = value.toInt();
UpmControlDBus::self()->setUpmSystemConfig(GSETTINGS_KEY_SLEEP_DISPLAY_BATTERY,
QString::number(m_turnoffDisplayBattery));
});
connect(UpmGsettings::self(), &UpmGsettings::sleepComputerAcChanged,
this, [=](QVariant value) {
m_systemSuspendAc = value.toInt();
UpmControlDBus::self()->setUpmSystemConfig(GSETTINGS_KEY_SLEEP_COMPUTER_AC,
QString::number(m_systemSuspendAc));
});
connect(UpmGsettings::self(), &UpmGsettings::sleepComputerBatteryChanged,
this, [=](QVariant value) {
m_systemSuspendBattery = value.toInt();
UpmControlDBus::self()->setUpmSystemConfig(GSETTINGS_KEY_SLEEP_COMPUTER_BATTERY,
QString::number(m_systemSuspendBattery));
});
connect(UpmCommonDBus::self(), &UpmCommonDBus::systemSleepStatus,
this, &UpmSystemIdle::stopTimer);
connect(UpmCommonDBus::self(), &UpmCommonDBus::systemIdleStatus,
this, &UpmSystemIdle::dealSystemIdleStatus);
m_turnOffDisplayTimer = new QTimer(this);
connect(m_turnOffDisplayTimer, &QTimer::timeout,
this, &UpmSystemIdle::dealTurnOffDisplay);
m_systemSuspendTimer = new QTimer(this);
connect(m_systemSuspendTimer, &QTimer::timeout,
this, &UpmSystemIdle::dealSystemSuspend);
m_reduceBrightnessTimer = new QTimer(this);
connect(m_reduceBrightnessTimer, &QTimer::timeout,
this, &UpmSystemIdle::dealReduceBrightness);
}
void UpmSystemIdle::dealSystemIdleStatus(bool systemIdle)
{
int turnOffDisplayTime = getTurnOffDisplayTime();
int systemSuspendTime = getSystemSuspendTime();
int reduceBrightness = -1;
QVariant value;
qDebug() << "system enter idle:" << systemIdle;
if (true == systemIdle) {
if (turnOffDisplayTime > 0) {
m_turnOffDisplayTimer->start(turnOffDisplayTime * 1000);
} else {
qDebug() << "turn off display timer not started!";
}
if (systemSuspendTime > 0) {
m_systemSuspendTimer->start(systemSuspendTime * 1000);
} else {
qDebug() << "system suspend timer not started!";
}
if (turnOffDisplayTime > 0) {
reduceBrightness = turnOffDisplayTime - 10;
m_reduceBrightnessTimer->start(reduceBrightness * 1000);
qDebug() << "reduce brightness time:" << reduceBrightness;
}
if (true == UpmUpowerDBus::self()->getAcOnlineState()) {
if (true == UpmGsettings::self()->getGsettingsConfig(
GSETTINGS_KEY_POWER_POLICY_AC, value)) {
if (power_policy_balance == value.toInt()) {
UpmControlDBus::self()->controlPowerManagement(
UPM_DBUS_METHOD_SET_GPU_POLICY,
power_policy_powersave);
}
}
} else {
if (true == UpmGsettings::self()->getGsettingsConfig(
GSETTINGS_KEY_POWER_POLICY_BATTERY, value)) {
if (power_policy_balance == value.toInt()) {
UpmControlDBus::self()->controlPowerManagement(
UPM_DBUS_METHOD_SET_GPU_POLICY,
power_policy_powersave);
}
}
}
} else {
stopTimer();
emit brightnessControlSignal(INCREASE_BRIGHTNESS);
if (true == UpmUpowerDBus::self()->getAcOnlineState()) {
if (true == UpmGsettings::self()->getGsettingsConfig(
GSETTINGS_KEY_POWER_POLICY_AC, value)) {
if (power_policy_balance == value.toInt()) {
UpmControlDBus::self()->controlPowerManagement(
UPM_DBUS_METHOD_SET_GPU_POLICY,
power_policy_balance);
}
}
} else {
if (true == UpmGsettings::self()->getGsettingsConfig(
GSETTINGS_KEY_POWER_POLICY_BATTERY, value)) {
if (power_policy_balance == value.toInt()) {
UpmControlDBus::self()->controlPowerManagement(
UPM_DBUS_METHOD_SET_GPU_POLICY,
power_policy_balance);
}
}
}
}
}
int UpmSystemIdle::getTurnOffDisplayTime()
{
int turnOffDisplayTime = 0;
if (true == UpmUpowerDBus::self()->getAcOnlineState()) {
turnOffDisplayTime = m_turnoffDisplayAc - m_enterIdleTime;
} else {
turnOffDisplayTime = m_turnoffDisplayBattery - m_enterIdleTime;
}
return turnOffDisplayTime;
}
int UpmSystemIdle::getSystemSuspendTime()
{
int systemSuspendTime = 0;
if (true == UpmUpowerDBus::self()->getAcOnlineState()) {
systemSuspendTime = m_systemSuspendAc - m_enterIdleTime;
} else {
systemSuspendTime = m_systemSuspendBattery - m_enterIdleTime;
}
return systemSuspendTime;
}
void UpmSystemIdle::dealTurnOffDisplay()
{
UpmControlDBus::self()->delayLockScreen("idle");
UpmControlDBus::self()->controlDisplay("off");
UpmControlDBus::self()->turnOffDisplaySignal();
m_turnOffDisplayTimer->stop();
}
void UpmSystemIdle::dealSystemSuspend()
{
UpmControlDBus::self()->controlPowerManagement("Suspend", 0, false);
m_systemSuspendTimer->stop();
}
void UpmSystemIdle::dealReduceBrightness()
{
emit brightnessControlSignal(REDUCE_BRIGHTNESS);
m_reduceBrightnessTimer->stop();
}
void UpmSystemIdle::stopTimer()
{
qDebug() << "stop timer";
if (m_turnOffDisplayTimer->isActive()) {
m_turnOffDisplayTimer->stop();
}
if (m_systemSuspendTimer->isActive()) {
m_systemSuspendTimer->stop();
}
if (m_reduceBrightnessTimer->isActive()) {
m_reduceBrightnessTimer->stop();
}
}
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